Philip Baldwin
Assistant Professor
CryoEM/ET methods development for image processing/structural biology
Associate Professor, Center for Space Medicine
Director, Translational Research Institute for Space Health
Lab site
Associate Professor
Developing biophysics and fluorescence microscopy techniques to study intrinsically disordered proteins implicated in neurodegenerative diseases
Lab
Associate Professor
Studying intrinsically disordered proteins involved in stem cell biology using biophysical and biochemical techniques
Lab
Associate Professor
Mass Spectrometry-based Proteomics, Glycomics, Epigenetics and Drug Discovery
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Director of Target Discovery THINC, Assistant Professor
Using functional genomics and chemical genetic approaches to model selective target inhibition and elucidate target mechanism of action in disease
Associate Professor, Director of Macromolecular X-ray crystallography core
Method development in structural techniques and in silico drug screening
Lab
Charles C. Bell Jr. Professor of Structural Biology, Director of CryoEM/ET Core, Deputy Director Advanced Technical Cores, Codirector CIBR
CryoEM/ET and deep learning software development for image processing/structural biology. CryoEM/ET/FIB Milling methods development and applications to cellular systems
Lab
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Assistant Professor, CPRIT Scholar
Understanding regulatory control of RNA processing by RNA binding proteins
Lab site
Director of Chemical Biology THINC, Assistant Professor
Development of biochemical assays to identify and validate early drug discovery therapeutic candidates
Assistant Professor
Structure, function and modulation of ion channels and transporters
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Professor
Teaching basic sciences (Anatomy, Biochemistry, Physiology and Pharmacology) in Baylor Medical, School of Health Professions and Graduate school
Michael Robertson
Assistant Professor
Leveraging cryogenic electron microscopy and computational methods to study dynamic membrane protein signaling & develop novel therapeutics
Assistant Professor
Developing computational approaches designed for complex molecular data to drive the discovery of RNA therapeutics
Professor
Inhibitor discovery of biologically important proteins for drug discovery and chemical biology
Professor
Molecular and Cellular Mechanisms of Sensory Signaling
Lab site
Professor, Welch Chair of Chemistry, Executive Director THINC
Leveraging genetics, chem bio, and comp bio to identify unique cancer dependencies and their underlying mechanisms, with an emphasis on RNA biology
Robert A Welch Chair in Science, Associate Professor, Associate Director, Center for Drug Discovery
Applying modern synthetic methods for identifying chemical probes and therapeutic lead compounds
Assistant Professor
Understanding mechanisms of RNA regulation during RNA synthesis and engineering for therapeutics
Associate Professor of Foundational Sciences, Co-Director of MS-1 Curriculum, School of Medicine
Integrating pharmacology education across health professions via learner-centered design, technology integration and equitable assessment methods
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Secondary Appointment Faculty
Farhad Danesh
Physician-Scientist at the University of Texas at MD Anderson Cancer Center and adjunct Professor in the Department of Biochemistry and Molecular Pharmacology
Identify and characterize novel molecular targets that could potentially prevent progression of kidney diseases
Cullen Foundation Chair, Professor of Molecular and Human Genetics
Evolutionary and integrative analysis of genome and protein variant interactions in complex human traits and diseases
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Associate Professor and McNair Scholar
The neural control of breathing and its roles in behavior and disease
The Ben F Love Chair in Cancer Research and Professor, Molecular & Human Genetics, Biochemistry & Pharmacology, and Molecular Virology & Microbiology, Co-Leader Chromatin Biology Program, The Dan L Duncan Cancer Center
Molecular mechanisms of genome instability in evolution, cancer, antibiotic resistance and aging
Francois St-Pierre
Associate Professor, Department of Neuroscience
Dr. St-Pierre is a Scholar of the McNair Medication Institute, a Fellow of the Klingenstein-Simons Foundation, and has been recognized with an Innovation Award from the National Science Foundation. He recently co-founded Imagen Bioworks to commercialize inventions from his lab.
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